The Benefits of Studying to Become a Mechanical Engineer
Engineering is one of the best courses of study for those who want to have financial stability. There are companies all over the UK and the rest of the world that are hugely successful in the field of engineering. Claxton Engineering is one such company. If you are considering this course of study, then mechanical engineering might be one area to focus your studying on. The mechanical engineer works with mechanical systems. They are trained in the application of scientific principles to these mechanical systems. It is the mechanical engineers job to design, produce and study these systems. If this sounds like something you would like to do then you should read on.
What Do You Need to Study Mechanical Engineering
No matter what type of engineer you want to be, you are going to need to have a strong academic background. It is vital that you have an understanding of the way that mechanics work. Science is one area that you are going to need and in some instances you might need to have thermodynamics as well. Mechanical engineers will also need to use other tools such as computers to aid the design, production and study of machinery and equipment.
There are many different things that are dealt with by the mechanical engineer such as vehicles with motors, medical machinery, heating and cooling systems, airplanes, boats and so much more. There are many other engineering fields that can overlap with mechanical engineering such as electrical engineering, civil engineering and aerospace engineering to name a few.
Job Prospects
There is huge demand for mechanical engineers all over the world which is great news for those who are choosing to study in this area. If you have the right education and the skills required then there are some fantastic opportunities available. The good news about mechanical engineering is that this is a field where jobs are growing instead of declining as is the case with many other industries. Although there is a lot of studying involved in qualifying as a mechanical engineer, once you do qualify, you will never be out of work.
A great advantage of studying to become a mechanical engineer is that the financial rewards are great. As well as a highly competitive salary, there are other fantastic benefits and it is possible to find work all over the world so if you wanted to travel you would have no problem picking up work. Some people are earning more than £100,000 per year working as mechanical engineers so it is a very attractive option.
If you do choose to study mechanical engineering, you will find that there are some great job opportunities in companies like Claxton Engineering. Companies like this have a wealth of experience in the field of engineering and you can learn all the skills you need to become the best mechanical engineer possible.
Decommissioning of Gas and Oil
There comes a time when a gas or oil field or the facilities that are used to tap into those fields need to be decommissioned because they have reached a certain point where it is no longer viable to continue. However, it can be difficult when it comes to gas and oil decommissioning because of the fact that the offshore rigs can be so far from the shore. This means that the facilities that are required for carrying out the decommissioning can be quite a distance away.
North Sea DecommissioningThe oil and gas rigs located in the North Sea have been there for quite some time now and this means that they will not be in operation for too much longer so decommissioning is going to be required. As previously mentioned, it can be difficult when it comes to decommissioning but in the North Sea, it can be particularly tricky because there can be very harsh conditions there which can make the job harder.
ProblemsIt requires a lot of planning when it comes to decommissioning oil or gas rigs that have been sitting in the sea for decades. Health and safety is very important and there is a need to carefully consider the effect that this could have on the environment. It is also going to be hugely expensive so that is why decommissioning is something that will have to be planned very carefully.
How is Decommissioning Done?The whole process of decommissioning needs to be planned so that the rig can be dismantled in the most cost effective and safe manner. After a plan has been put in place, it will need government approval before any work can begin. This is a job that will require a number of different organisations and it can take years before it has been completed.
Companies with experience and expertise in areas such as waste management, water jetting, asbestos removal and cleaning will be involved in the decommissioning of a gas or oil rig. There are strict regulations in place regarding the removal and disposal of waste and it will be necessary for the right people to be taking care of these jobs.
When it comes to actually dismantling the rig, there are a number of ways that this can be done. Every day, new technology is making this type of job a little bit easier so it is not such a huge mountain to climb now as it used to be. Thankfully, it is now possible for many of these rigs to be floated over to a mainland base where they can be dismantled in a safe and much easier manner. However, it is not always possible to float some of these structures and if this is the case, it will be necessary to cut it into smaller pieces which can be taken to land on barges etc.
Different Types of Engineering
If you are a student and are thinking about a career choice for the future then engineering is a good option. With a degree in engineering you may be able to get a job anywhere in the world and the pay is very good. The best thing about engineering is that there are so many different options available to you in terms of the various fields. You could choose to study in any one of a number of different engineering fields such as chemical engineering, subsea engineering, mechanical engineering and many more. Below are a few examples of the various fields of engineering you could go into:
Biomedical Engineering. This field involves applying technology and engineering principles to medicine. An example of what a biomedical engineer will do is tissue engineering which involves restoring, maintaining and enhancing tissues and organs.
Agricultural Engineering. In this field agricultural engineers will apply science to farming and agricultural production. There are elements of a number of engineering fields in this area such as civil, mechanical and chemical.
Ceramic Engineering. This is where objects are designed and created from non metallic materials and will include purifying raw materials, producing and forming compounds and studying the composition, structure and properties of these compounds.
Civil Engineering. In civil engineering jobs the engineer will have to deal with designing, constructing and maintaining public structures such as buildings, roads, bridges and canals for example.
Subsea Engineering. Subsea engineering involves the study of undersea issues of gas and oil exploitation.
Electrical Engineering. This involves the study of electronics, electromagnetism and electricity. Electrical engineers take care of designing and implementing electrical systems.
Computer Engineering. This is a mix of electronic engineering and computer science and involves the design of hardware and software as well as solutions development.
Industrial Engineering. Industrial engineers are concerned with developing and improving integrated systems.
Environmental Engineering. The environmental engineer will take care of using scientific principles to improve the environment. The aim of the environmental engineer is to find ways to ensure that our water, air and land are safe. Another role is to try and reverse damage caused to the environment by pollution.
Nuclear Engineering. Finding ways of practically applying nuclear energy is the role of the nuclear engineer. This involves developing and maintaining power plants, nuclear reactors and weapons.
Mechanical Engineering. This is probably one of the oldest fields of engineering and is concerned with the design, creation and production of machinery.
Materials Engineering. Materials engineers are concerned with how matter is applied to technology and science. The structure of materials is studied at molecular level and elements of chemistry and physics will be applied.
Products from HPHT Drilling: Petrol
Drilling for oil and natural gas has been part of the world landscape for generations. In fact, it's so commonplace in our modern world that most people don't give it a second thought until an accident occurs. Things like the BP oil rig explosion in the Gulf of Mexico, and the Exxon Valdez accident in Alaska always seem to reignite the smouldering flame of disagreement over whether or not mankind ought to be drilling for fossil fuels. HPHT drilling, which is becoming more and more widespread in the petroleum industry, is sparking controversies of its own. But without such drilling we would be left void of some our most important products. One of those products is petrol.
Petrol has dozens of commercial and industrial uses, but it's primarily used as a solvent or a fuel for internal combustion engines. Also known as gasoline, petrol accounts for nearly all of the fuel used in automobiles, lorries, planes, ships and so on. In fact, the entire transportation industry relies so heavily on petrol it would be difficult to keep the world moving without it.
While auto makers and engine builders continue to look for new sources of fuel, progress has been slow and often times unfruitful. Energy sources such as electricity and hydrogen are in the final stages of development before going into mass production. But even these two sources require some means to produce them.
For example, we could convert the entire world's transportation system to electricity, but that electricity still must be produced. Wind, water, and solar power combined cannot produce enough electricity to meet the world's current electricity needs, let alone keep electric vehicles continually moving. Therefore, power plants that run on fossil fuels are still necessary to the equation.
Petroleum products harvested via HPHT drilling risers are such an integral part of industrialized society that to suggest we simply stop using them is an oversimplification of a perceived problem. Without petrol the world's economies would be devastated. Without the ability to safely and efficiently move products from one end of the earth to the other, the world would be returned to the horse-and-buggy days of local economies and a largely agricultural-based world. While that may appeal to some environmental idealists, it is not a reality most of the industrialized world favours.
Petrol is just one example of how petroleum products dominate our world. Thanks to HPHT drilling, we have access to plentiful oil and gas reserves deep in the earth's surface, both on land and under water. And as oil companies continue to drill, the world continues to hum along on the road to expanded economies and a better life for all of mankind.